Efficient and accurate simulation of ground penetrating radar (GPR) in the open region helps
immensely in both grasping the features of echoes and facilitating the interpretation of real …

In this paper, we propose a magnetic sensor utilizing the non-reciprocal propagation of
surface plasmons (SPs) on a graphene layer mounted on a magneto-optic grating. An …

In this communication, an improved direct-integration auxiliary differential equation (IM-DI-
ADE) scheme is introduced for incorporating graphene's Drude dispersion into the finite …

The perfectly matched layer (PML) has the ability to terminate the finite‐difference time‐
domain (FDTD) lattice successfully. It is crucial to investigate the interaction between …

In recent years, an explicit auxiliary differential equation finite difference time domain (ADE-
FDTD) scheme has been frequently used in graphene simulations. In this respect, a …

In this study, the authors propose a hybrid computational model for the reliable simulation of
electromagnetic‐wave phenomena emerging in graphene structures, which incorporates …

Based upon the higher order (HO) concept and the convolution perfectly matched layer
(CPML) formulation, the efficient and tight HO‐CPML implementation is proposed for …

The third-order electrodynamic response of graphene and the subsequent non-linear effects
are comprehensively investigated and numerically modeled in this article. Initially, the third …

Plasmonic trimers composed of equal-sized graphene nanodisks are proposed in this
paper. The symmetry-breaking effect on the electromagnetic properties of the nanostructure …

In this paper, the Runge-Kutta exponential time differencing (RK-ETD) scheme is used for
incorporating Graphene dispersion in the finite difference time domain (FDTD) simulations …